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Engineering Design A Systematic Approach

:	Gerhard Pahl, W. Beitz, Hans-Joachim Schulz, U. Jarecki, Ken Wallace, Lucienne T.M. Blessing, Ken Wa
:	Engineering Design A Systematic Approach
:	Springer Verlag London Limited
:	9781846283192
:	3
:	CHF 71.70
:

:	Maschinenbau, Fertigungstechnik
:	English

:	628
:	DRM
:	PC/MAC/eReader/Tablet
:	PDF

Engineering design must be carefully planned and systematically executed. In particular, engineering design methods must integrate the many different aspects of designing and the priorities of the end-user. Engineering Design (3rd edition) describes a systematic approach to engineering design. The authors argue that such an approach, applied flexibly and adapted to a particular task, is essential for successful product development. The design process is first broken down into phases and then into distinct steps, each with its own working methods. The third edition of this internationally-recognised text is enhanced with new perspectives and the latest thinking. These include extended treatment of product planning; new sections on organisation structures, simultaneous engineering, leadership and team behaviour; and updated chapters on quality methods and estimating costs. New examples have been added and existing ones extended, with additions on design to minimise wear, design for recycling, mechanical connections, mechatronics, and adaptronics. Engineering Design (3rd edition) is translated and edited from the sixth German edition by Ken Wallace, Professor of Engineering Design at the University of Cambridge, and Luciënne Blessing, Professor of Engineering Design and Methodology at the Technical University of Berlin. Topics covered include: fundamentals; product planning and product development; task clarification and conceptual design; embodiment design rules, principles and guidelines; mechanical connections, mechatronics and adaptronics; size ranges and modular products; quality methods; and cost estimation methods. The book provides a comprehensive guide to successful productdevelopment for practising designers, students, and design educators. Fundamentals are emphasised throughout and short-term trends avoided; so the approach described provides a sound basis for design courses that help students move quickly and effectively into design practice.

	Preface	4
	Authors’ Forewords	5
	Sixth German Edition	5
	Fifth German Edition	5
	Fourth German Edition	6
	Editors’ Foreword	8
	Background	8
	Structure of the Third English Edition	9
	Translation Issues	11
	Acknowledgements	13
	Contents	14
	1	19
	Introduction	19
	1.1 The Engineering Designer	19
	1.2 Necessity for Systematic Design	27
	2	44
	Fundamentals	44
	2.1 Fundamentals of Technical Systems	44
	2.2 Fundamentals of the Systematic Approach	62
	3	80
	Product Planning, Solution Finding and Evaluation	80
	3.1 Product Planning	80
	3.2 Solution Finding Methods	94
	3.3 Selection and Evaluation Methods	123
	4	142
	Product Development Process	142
	4.1 General Problem Solving Process	142
	4.2 Flow ofWork During the Process of Designing	145
	4.3 Effective Organisation Structures	155
	5	161
	Task Clarification	161
	5.1 Importance of Task Clarification	161
	5.2 Setting Up a Requirements List (Design Specification)	162
	5.3 Using Requirements Lists	169
	5.4 Practical Application of Requirements Lists	173
	6	175
	Conceptual Design	175
	6.1 Steps of Conceptual Design	175
	6.2 Abstracting to Identify the Essential Problems	177
	6.3 Establishing Function Structures	185
	6.4 DevelopingWorking Structures	197
	6.5 Developing Concepts	206
	6.6 Examples of Conceptual Design	215
	7	242
	Embodiment Design	242
	7.1 Steps of Embodiment Design	242
	7.2 Checklist for Embodiment Design	248
	7.3 Basic Rules of Embodiment Design	249
	7.4 Principles of Embodiment Design	283
	7.5 Guidelines for Embodiment Design	323
	7.6 Evaluating Embodiment Designs	431
	7.7 Example of Embodiment Design	432
	7.8 Detail Design	451
	8	454
	Mechanical Connections, Mechatronics and Adaptronics	454
	8.1 Mechanical Connections	454
	8.2 Mechatronics	463
	8.3 Adaptronics	473
	9	479
	Size Ranges and Modular Products	479
	9.1 Size Ranges	479
	9.2 Modular Products	509
	9.3 Recent Rationalisation Approaches	528
	10	530
	Design for Quality	530
	10.1 Applying a Systematic Approach	530
	10.2 Faults and Disturbing Factors	534
	10.3 Fault-Tree Analysis	535
	10.4 Failure Mode and Effect Analysis (FMEA)	542
	10.5 Quality Function Deployment (QFD)	544
	11	548
	Design forMinimum Cost	548
	11.1 Cost Factors	548
	11.2 Fundamentals of Cost Calculations	550
	11.3 Methods for Estimating Costs	552
	11.4 Target Costing	573
	11.5 Rules forMinimising Costs	574
	12	576
	Summary	576
	12.1 The Systematic Approach	576
	12.2 Experiences of Applying the Systematic Approach in Practice	580
	References	583
	Chapter 1	583
	Chapter 2	589
	Chapter 3	591
	Chapter 4	594
	Chapter 5	595
	Chapter 6	595
	Chapter 7	596
	Chapter 8	607
	Chapter 9	608
	Chapter 10	610
	Chapter 11	611
	Chapter 12	613
	English Bibliography	614
	Conference Series	618
	Journals	619
	Index	620